Investigation of Mechanical Properties Achieved by Additive Manufacturing

K. Maňas, Richard Vysoký, J. Hnidka, V. Tříska, A. Jílek
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Abstract

The development of additive manufacturing in the past decade greatly increased the applicability of such methods for manufacturing components, which would be otherwise expensive or impossible to manufacture by more conventional methods. Additive manufacturing is being slowly introduced even into the aviation industry, which requires rigorous testing of each component. The variety of production parameters, process defects and often complex design require even more component-specific testing. The paper presents a selected aircraft component, which has been manufactured and tested for bending strength under varying conditions. The results of the test were then compared to the FEM analysis of the selected component.
增材制造实现的机械性能研究
在过去十年中,增材制造的发展极大地提高了这种方法在制造部件方面的适用性,否则用更传统的方法制造部件将是昂贵的或不可能的。增材制造正在慢慢引入航空工业,这需要对每个部件进行严格的测试。各种各样的生产参数、工艺缺陷和通常复杂的设计需要更多的特定组件测试。本文介绍了一种选定的飞机部件,并对其进行了不同条件下的抗弯强度试验。然后将试验结果与选定部件的有限元分析结果进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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